quids::symbolic_iteration Class Reference

symbolic iteration (computation intermediary) More...

#include <quids.hpp>

Inheritance diagram for quids::symbolic_iteration:

Public Member Functions
	symbolic_iteration ()
	simple constructor

Data Fields
size_t	num_object = 0
	number of objects considered in the symbolic step
size_t	num_object_after_interferences = 0
	number of objects obrained after eliminating duplicates

Protected Attributes
size_t	next_iteration_num_object = 0
std::vector< char * >	placeholder
utils::fast_vector< mag_t >	magnitude
utils::fast_vector< size_t >	next_oid
utils::fast_vector< uint >	size
utils::fast_vector< size_t >	hash
utils::fast_vector< size_t >	parent_oid
utils::fast_vector< uint >	child_id
utils::fast_vector< float >	random_selector
utils::fast_vector< size_t >	next_oid_partitioner_buffer

Friends
void	simulate (it_t &iteration, rule_t const *rule, it_t &next_iteration, sy_it_t &symbolic_iteration, size_t max_num_object, debug_t mid_step_function)
	function to apply a dynamic to a wavefunction More...

Detailed Description

symbolic iteration (computation intermediary)

Friends And Related Function Documentation

simulate

void simulate ( it_t &  iteration, rule_t const *  rule, it_t &  next_iteration, sy_it_t &  symbolic_iteration, size_t  max_num_object = 0, debug_t  mid_step_function = [](const char*){}  )

friend

function to apply a dynamic to a wavefunction

Parameters

[in]	iteration	wavefunction that the dynamic will be applied to.
[in]	rule	dynamic that will be applied.
[out]	next_iteration	wave function that will be overwritten to then contained the final wave function.
[out]	symbolic_iteration	symbolic iteration that will be used.
[in]	max_num_object	maximum number of objects to be kept, -1 means no maximum, 0 means automaticaly finding the maximum ammount of objects that can be kept in memory.
[in]	mid_step_function	debuging function called between steps.

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The documentation for this class was generated from the following file:

• src/quids.hpp